Partial or bolted-on DDI APIs only automate the easy 20 percent. But the other 80 percent, the changes that actually move the needle, still needs a ticket and a person to push it through. Integrity X’s API-first approach closes that gap: every UI action has a matching, documented REST call, exposing DNS, DHCP, and IPAM directly to CI/CD, policy-as-code, and audit reporting.
Because a single host addition is not one step. Configuring the device and its role, assigning a top-level domain, adding the host or alias record, setting the IP, then validating the whole chain is five sequential actions repeated for every device, and enterprises add hundreds a day.
The volume itself is not the hard part. The hard part is that the process is sequential and validation-dependent, so it cannot be safely delegated without also handing out broad access to core systems. That is how workload relief turns into risk: one person outside the correct workflow can disrupt resolution for everyone.
The second failure mode is deployment granularity. Changes are typically batched and pushed during a low-traffic window, so an urgent single fix waits for the batch. Workflow-driven automation with selective deployment lets a specific change go out on its own, without pushing a glut of updates at once.
Read article
Get real-time DNS, DHCP, and IPAM metrics with BlueCat Integrity X. Detect issues early using native Prometheus telemetry and proactive DDI observability.
An API-first architecture in networking means that all functionality is exposed via APIs before the UI. The practical test is coverage parity: if an action exists in the interface but not in the documented API, the platform is UI-first with an API attached, and automation will hit a wall.
Many DDI vendors expose only partial or outdated APIs. That limits automation and pushes network teams into brittle workarounds or dependence on professional services for anything the API does not reach. The alternative is an architecture where the interface itself runs on the same REST engine customers use.
That inversion changes the economics of automation. Every action in the Integrity X UI is a real API call, fully documented in OpenAPI (OAS3), browsable in Swagger, and aligned with modern DevOps practices. Manual work becomes a specification for automation rather than a competing path around it.
Read article
Discover API-first DDI with Integrity X by using REST v2 to automate DNS, DHCP, and IPAM for scalable, secure network operations.
Treat DDI as an API endpoint inside existing configuration management, not as a separate console. REST APIs are the backbone of modern infrastructure automation. A generic HTTP task module and variable registration are enough to drive DNS, DHCP, and IPAM state from version-controlled playbooks.
The practical pattern is to prototype the API call first. Validate authentication, headers, and body against a single object, then convert the call into a task that scales across inventory, registering each response for downstream use. Because REST v2 is OpenAPI-defined, the prototype step happens in Swagger before a single line of playbook is written.
Custom relationship modeling is what makes the state file honest. User-defined links in Integrity X let teams define the relationships their estate actually has, such as dual-stack IPv4-to-IPv6 pairings and NAT mappings, so the version-controlled definition reflects the network as it is rather than as the schema assumed. State that models reality is the difference between a pipeline that converges and one that fights its own source of truth.
Read article
Map your network with user-defined links in Integrity X to define and manage custom relationships, such as dual-stack and NAT environments.
By attaching business-aligned metadata to DDI objects and making that metadata queryable through the same API automation already uses. Compliance validation then becomes a filtered API query rather than a manual reconciliation of IP lists against a spreadsheet.
Tags are lightweight metadata that can be applied to nearly any object in Integrity X, including networks, IP blocks, DNS zones, views, and resource records. Grouped into hierarchies that mirror business unit, department, application, region, or compliance scope, they turn raw records into contextualized assets with an owner and a stated purpose.
Integrity X v25.1 introduces tags as filterable fields in the RESTful v2 API. A query can return every network tagged for a payment-card scope, or flag newly created resources missing a required compliance label. Lifecycle tags such as Pilot, Production, or Retired do the same work for capacity planning and decommissioning.
Tag groups support more than one hundred nested levels, enough to model real structures such as business unit to department to application inside IP address management.
Read article
Add business context to DNS, DHCP, and IPAM with tagging in BlueCat Integrity X. Improve visibility, automation, and governance across complex networks.
The dominant cost in manual IPAM is not licensing. It is deployment latency, engineer time absorbed by address requests, and the remediation cost of drift, all of which compound as the estate grows.
The latency line is structural. Manual provisioning serializes every request through a ticket queue and an admin, so deployment time scales with queue depth rather than task size. API-driven allocation removes the queue: provisioning, record creation, and naming execute as pipeline steps, and hub-and-spoke management means thousands of DNS and DHCP servers are administered from one point instead of many.
The drift line compounds quietly. Manual processes skip steps within months. Names and addresses fall out of sync, and correcting an out-of-sync record set costs more than creating it correctly would have. A single source of truth with automated provisioning attacks the error rate at its origin, which is why error avoidance, not headcount, is usually the largest term in the model.
Read article
BlueCat Integrity X is a software suite that centralizes and automates mission-critical DNS, DHCP, and IP address management (DDI) services across…
Look for API coverage parity with the interface, documented standards-based design, first-class metadata, and workflow abstraction that lets non-specialists act safely. Each of those criteria is the inverse of a documented failure mode: partial APIs, undocumented endpoints, context-free records, and over-privileged delegation.
Coverage parity comes first. If any UI action lacks a documented equivalent call, automation stalls at that boundary. Then check the standards: OpenAPI definitions, JSON and HAL+JSON responses, interactive exploration so endpoints can be tested before scripting, and enterprise authentication including OAuth 2.0 bearer tokens rather than a single shared credential.
Then check scale mechanics and continuity. Filtering, embedded collections, and pagination determine whether large estates can be queried precisely instead of pulled wholesale. New endpoints should be addable without breaking existing workflows, and the prior API generation should remain supported for legacy continuity so adoption is not a forced cutover.
Read article
Discover API-first DDI with Integrity X by using REST v2 to automate DNS, DHCP, and IPAM for scalable, secure network operations.
By consolidating onto a single DDI platform whose interface and automation run on the same documented API. BlueCat Integrity X 25.1 is built on a fully RESTful API that is OpenAPI compliant, meaning every action in the UI is executed as a real API call.
For enterprise-scale estates, consolidation is the point: one UI, one platform, one seamless experience across IP address space, DNS namespaces, devices, and users. Integrated service health and metrics provide real-time insights through Prometheus, with built-in telemetry and visualization dashboards, so investigation no longer means correlating logs across separate tools.
The 25.1 release pairs that with governance-grade controls: DNSSEC with FIPS 140-2 Level 3 support via Hardware Security Modules, OCI virtual appliances in the Marketplace, validated unicast DHCP on Google Cloud Platform, and a WCAG 2.2 AA-compliant interface. REST v2 is the foundation for every future capability, so automation built now carries forward.
Read article
BlueCat's integration with Cisco Cloud Control provides AI agents with access to trusted DDI data for network investigation and remediation.
Read article
Tame network complexity with Integrity's full-stack DDI management platform and get visibility and control over your DNS, DHCP, and IPAM.
Three paths, distinguished by what is blocking you today: daily record toil, an unmet infrastructure-as-code mandate, or audit exposure. Most enterprises start with one and inherit the others.
Common questions from enterprises building the case for API-first DDI automation.
Still have questions?
Get real answers from a BlueCat representative.
Get real-time DNS, DHCP, and IPAM metrics with BlueCat Integrity X. Detect issues early using native Prometheus telemetry and proactive DDI observability.
Read more
Discover API-first DDI with Integrity X by using REST v2 to automate DNS, DHCP, and IPAM for scalable, secure network operations.
Read more
Map your network with user-defined links in Integrity X to define and manage custom relationships, such as dual-stack and NAT environments.
Read more
Add business context to DNS, DHCP, and IPAM with tagging in BlueCat Integrity X. Improve visibility, automation, and governance across complex networks.
Read more
BlueCat Integrity X is a software suite that centralizes and automates mission-critical DNS, DHCP, and IP address management (DDI) services across…
Read more
BlueCat's integration with Cisco Cloud Control provides AI agents with access to trusted DDI data for network investigation and remediation.
Read more